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Computational Chemistry Comparison and Benchmark DataBase Release 22 (May 2022) Standard Reference Database 101 National Institute of Standards and Technology |
You are here: Home > Geometry > Experimental > Same bond/angle many molecules OR Comparisons > Geometry > Bonds, angles > Same bond/angle many molecules |
Species | Name |
---|---|
H2NCH2COOH | Glycine |
C3H8O2 | Propylene glycol |
CH3CH2OH | Ethanol |
HCOOH | Formic acid |
CH3OH | Methyl alcohol |
CH2NOH | formaldoxime |
C4H10O | Ethanol, 1,1-dimethyl- |
CF3COOH | trifluoroacetic acid |
HOCH2COOH | Hydroxyacetic acid |
C3H6O | 2-Propen-1-ol |
C2H6O2 | 1,2-Ethanediol |
CH3CHNOH | Acetaldoxime |
C6H5OH | phenol |
C2H2O4 | Oxalic Acid |
C3H8O2 | 1,3-Propanediol |
CH2CHOH | ethenol |
KOH | Potassium hydroxide |
LiOH | lithium hydroxide |
HOCO | Hydrocarboxyl radical |
HO2 | Hydroperoxy radical |
OH | Hydroxyl radical |
HClO4 | perchloric acid |
H2SO4 | Sulfuric acid |
HNO3 | Nitric acid |
H2O2 | Hydrogen peroxide |
H2O | Water |
HNO2 | Nitrous acid |
HOCl | hypochlorous acid |
NH2OH | hydroxylamine |
MgOH | magnesium hydroxide |
CaOH | Calcium monohydroxide |
HOBr | Hypobromous acid |
HOF | Hypofluorous acid |
HOI | Hypoiodous acid |
C2H4O4 | Formic acid dimer |
H2O3 | Hydrogen trioxide |
HOSH | hydrogen thioperoxide |
semi-empirical | AM1 | 28 0.020 |
---|---|---|
PM3 | 25 0.403 | |
PM6 | 37 0.399 | |
composite | G2 | 29 0.016 |
G3 | 26 0.017 | |
G3B3 | 36 0.017 | |
G3MP2 | 13 0.014 | |
G4 | 35 0.014 | |
CBS-Q | 26 0.021 | |
molecular mechanics | DREIDING | 1 0.011 |
STO-3G | 3-21G | 3-21G* | 6-31G | 6-31G* | 6-31G** | 6-31+G** | 6-311G* | 6-311G** | 6-31G(2df,p) | 6-311+G(3df,2p) | 6-311+G(3df,2pd) | TZVP | cc-pVDZ | cc-pVTZ | cc-pVQZ | aug-cc-pVDZ | aug-cc-pVTZ | aug-cc-pVQZ | cc-pV(D+d)Z | cc-pV(T+d)Z | aug-cc-pV(T+d)Z | cc-pCVDZ | cc-pCVTZ | cc-pCVQZ | aug-cc-pCVTZ | Sadlej_pVTZ | daug-cc-pVDZ | daug-cc-pVTZ | ||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
hartree fock | HF | 39 0.039 | 39 0.019 | 39 0.019 | 38 0.016 | 38 0.018 | 38 0.021 | 29 0.019 | 38 0.025 | 38 0.023 | 38 0.023 | 26 0.026 | 3 0.021 | 37 0.087 | 36 0.019 | 36 0.024 | 23 0.022 | 34 0.022 | 35 0.024 | 20 0.022 | 1 0.023 | 3 0.028 | 4 0.018 | 5 0.023 | 1 0.018 | 3 0.023 | 5 0.018 | 12 0.019 | 35 0.312 | |
ROHF | 1 0.044 | 5 0.012 | 5 0.013 | 4 0.011 | 5 0.014 | 5 0.018 | 5 0.016 | 5 0.025 | 4 0.022 | 1 0.018 | 3 0.022 | 1 0.019 | 4 0.020 | 4 0.016 | 4 0.022 | 4 0.023 | 4 0.019 | 4 0.021 | 4 0.022 | 1 0.025 | 2 0.027 | 2 0.019 | 2 0.021 | |||||||
density functional | LSDA | 22 0.081 | 28 0.052 | 23 0.052 | 23 0.034 | 27 0.024 | 27 0.021 | 29 0.022 | 27 0.020 | 27 0.019 | 27 0.019 | 6 0.023 | 2 0.013 | 14 0.020 | 26 0.022 | 26 0.016 | 4 0.019 | 25 0.019 | 17 0.016 | 4 0.019 | 1 0.010 | 2 0.006 | 3 0.013 | 4 0.011 | 1 0.011 | 3 0.017 | 1 0.027 | 2 0.014 | 2 0.011 | |
BLYP | 39 0.093 | 39 0.056 | 39 0.055 | 38 0.036 | 38 0.316 | 38 0.023 | 38 0.023 | 38 0.021 | 38 0.020 | 38 0.020 | 14 0.021 | 2 0.014 | 24 0.021 | 35 0.024 | 35 0.016 | 2 0.014 | 25 0.020 | 17 0.016 | 2 0.014 | 1 0.014 | 2 0.006 | 3 0.017 | 4 0.011 | 1 0.012 | 3 0.017 | 1 0.030 | 12 0.020 | 12 0.016 | ||
B1B95 | 38 0.069 | 33 0.035 | 38 0.036 | 37 0.020 | 37 0.014 | 37 0.014 | 35 0.012 | 37 0.012 | 37 0.012 | 35 0.012 | 14 0.014 | 2 0.001 | 24 0.011 | 36 0.012 | 36 0.011 | 7 0.003 | 32 0.011 | 29 0.348 | 7 0.003 | 1 0.004 | 2 0.009 | 3 0.004 | 4 0.008 | 1 0.002 | 3 0.007 | 1 0.012 | 8 0.008 | 10 0.008 | ||
B3LYP | 38 0.076 | 38 0.379 | 39 0.041 | 38 0.024 | 37 0.017 | 38 0.015 | 38 0.015 | 38 0.014 | 31 0.013 | 38 0.014 | 23 0.014 | 3 0.003 | 37 0.086 | 36 0.015 | 35 0.011 | 20 0.008 | 32 0.329 | 35 0.322 | 20 0.008 | 1 0.002 | 3 0.006 | 3 0.006 | 5 0.005 | 1 0.003 | 3 0.008 | 5 0.010 | 12 0.010 | 12 0.008 | ||
B3LYPultrafine | 2 0.076 | 20 0.047 | 2 0.044 | 2 0.023 | 36 0.017 | 19 0.016 | 22 0.014 | 19 0.014 | 2 0.005 | 14 0.015 | 14 0.014 | 2 0.004 | 19 0.013 | 22 0.014 | 28 0.008 | 2 0.003 | 21 0.010 | 35 0.011 | 2 0.004 | 1 0.005 | 3 0.008 | 1 0.017 | 12 0.010 | 12 0.008 | ||||||
B3PW91 | 32 0.073 | 38 0.039 | 39 0.038 | 38 0.022 | 37 0.016 | 38 0.014 | 38 0.014 | 38 0.013 | 31 0.013 | 37 0.013 | 14 0.014 | 2 0.002 | 24 0.012 | 35 0.013 | 35 0.010 | 2 0.002 | 25 0.011 | 18 0.008 | 2 0.002 | 1 0.000 | 2 0.007 | 3 0.005 | 4 0.006 | 1 0.001 | 3 0.007 | 1 0.015 | 12 0.009 | 12 0.007 | ||
mPW1PW91 | 32 0.069 | 39 0.036 | 34 0.036 | 38 0.020 | 37 0.014 | 38 0.013 | 38 0.013 | 38 0.013 | 38 0.013 | 38 0.013 | 14 0.014 | 2 0.001 | 24 0.011 | 35 0.012 | 33 0.009 | 2 0.001 | 32 0.011 | 24 0.009 | 2 0.001 | 1 0.003 | 1 0.011 | 3 0.004 | 4 0.008 | 1 0.001 | 3 0.007 | 1 0.012 | 12 0.007 | 12 0.007 | ||
M06-2X | 24 0.067 | 25 0.040 | 39 0.323 | 24 0.022 | 37 0.086 | 24 0.012 | 24 0.012 | 24 0.012 | 24 0.011 | 25 0.011 | 34 0.316 | 2 0.001 | 24 0.011 | 23 0.010 | 24 0.007 | 2 0.001 | 22 0.008 | 23 0.007 | 2 0.001 | 1 0.002 | 3 0.007 | 3 0.004 | 4 0.006 | 1 0.000 | 3 0.007 | 1 0.014 | 12 0.007 | 12 0.007 | ||
PBEPBE | 31 0.087 | 39 0.382 | 31 0.054 | 30 0.034 | 37 0.024 | 38 0.021 | 38 0.021 | 38 0.019 | 38 0.018 | 38 0.019 | 26 0.612 | 2 0.011 | 24 0.019 | 36 0.022 | 36 0.015 | 7 0.015 | 24 0.018 | 28 0.016 | 7 0.014 | 1 0.012 | 2 0.002 | 3 0.014 | 4 0.010 | 1 0.011 | 3 0.016 | 5 0.018 | 12 0.018 | 12 0.015 | ||
PBEPBEultrafine | 2 0.086 | 20 0.057 | 2 0.055 | 2 0.033 | 33 0.024 | 19 0.022 | 19 0.021 | 19 0.020 | 2 0.013 | 14 0.021 | 14 0.019 | 2 0.012 | 19 0.020 | 22 0.023 | 22 0.015 | 2 0.012 | 21 0.018 | 21 0.015 | 2 0.013 | 1 0.017 | 3 0.016 | 1 0.027 | 12 0.018 | 12 0.015 | ||||||
PBE1PBE | 25 0.070 | 22 0.038 | 25 0.040 | 24 0.022 | 37 0.086 | 24 0.014 | 24 0.012 | 24 0.012 | 24 0.011 | 24 0.011 | 14 0.014 | 2 0.001 | 24 0.011 | 23 0.010 | 23 0.007 | 2 0.001 | 22 0.008 | 22 0.007 | 2 0.001 | 2 0.008 | 2 0.005 | 3 0.006 | 1 0.000 | 3 0.007 | 1 0.013 | 12 0.008 | 12 0.007 | |||
HSEh1PBE | 25 0.071 | 37 0.652 | 25 0.040 | 24 0.022 | 37 0.086 | 24 0.012 | 37 0.086 | 24 0.012 | 24 0.011 | 24 0.011 | 14 0.014 | 2 0.001 | 24 0.011 | 23 0.010 | 36 0.646 | 2 0.001 | 22 0.008 | 22 0.007 | 2 0.001 | 1 0.002 | 3 0.009 | 3 0.004 | 4 0.007 | 1 0.000 | 3 0.007 | 1 0.013 | 12 0.008 | 12 0.007 | ||
TPSSh | 18 0.083 | 22 0.048 | 22 0.048 | 21 0.029 | 37 0.315 | 21 0.016 | 37 0.316 | 21 0.015 | 17 0.015 | 34 0.322 | 15 0.015 | 20 0.014 | 20 0.016 | 36 0.316 | 16 0.009 | 20 0.012 | 20 0.009 | 16 0.009 | 1 0.013 | 2 0.006 | 1 0.005 | 3 0.009 | 1 0.019 | 13 0.012 | 13 0.009 | |||||
wB97X-D | 18 0.072 | 18 0.038 | 38 0.317 | 17 0.021 | 37 0.311 | 17 0.013 | 37 0.312 | 17 0.013 | 37 0.310 | 17 0.013 | 14 0.014 | 37 0.311 | 36 0.316 | 36 0.312 | 16 0.009 | 16 0.008 | 35 0.318 | 16 0.009 | 1 0.006 | 1 0.001 | 1 0.002 | 2 0.009 | 1 0.012 | 12 0.007 | 12 0.007 | |||||
B97D3 | 16 0.088 | 37 0.392 | 17 0.052 | 16 0.033 | 36 0.315 | 16 0.019 | 36 0.314 | 16 0.017 | 36 0.312 | 16 0.017 | 37 0.304 | 36 0.312 | 15 0.018 | 35 0.317 | 15 0.010 | 15 0.013 | 34 0.322 | 15 0.010 | 1 0.014 | 1 0.007 | 1 0.006 | 2 0.011 | 1 0.022 | 12 0.013 | 32 0.332 | |||||
STO-3G | 3-21G | 3-21G* | 6-31G | 6-31G* | 6-31G** | 6-31+G** | 6-311G* | 6-311G** | 6-31G(2df,p) | 6-311+G(3df,2p) | 6-311+G(3df,2pd) | TZVP | cc-pVDZ | cc-pVTZ | cc-pVQZ | aug-cc-pVDZ | aug-cc-pVTZ | aug-cc-pVQZ | cc-pV(D+d)Z | cc-pV(T+d)Z | aug-cc-pV(T+d)Z | cc-pCVDZ | cc-pCVTZ | cc-pCVQZ | aug-cc-pCVTZ | Sadlej_pVTZ | daug-cc-pVDZ | daug-cc-pVTZ | ||
Moller Plesset perturbation | MP2 | 31 0.064 | 39 0.373 | 39 0.037 | 38 0.025 | 38 0.609 | 38 0.013 | 38 0.015 | 38 0.592 | 38 0.013 | 35 0.524 | 14 0.014 | 3 0.003 | 37 0.085 | 36 0.012 | 34 0.008 | 19 0.007 | 32 0.011 | 32 0.331 | 18 0.007 | 1 0.000 | 3 0.006 | 5 0.010 | 7 0.007 | 1 0.000 | 3 0.006 | 5 0.011 | 12 0.010 | 12 0.007 | |
MP2=FULL | 31 0.063 | 36 0.038 | 32 0.038 | 31 0.025 | 37 0.018 | 37 0.013 | 37 0.015 | 36 0.012 | 31 0.012 | 31 0.555 | 14 0.014 | 2 0.003 | 25 0.366 | 32 0.011 | 32 0.009 | 19 0.008 | 26 0.011 | 26 0.605 | 18 0.008 | 1 0.000 | 3 0.007 | 5 0.010 | 7 0.007 | 1 0.001 | 3 0.006 | 5 0.011 | 12 0.009 | 12 0.007 | ||
ROMP2 | 3 0.090 | 3 0.056 | 3 0.056 | 3 0.029 | 3 0.013 | 3 0.006 | 3 0.005 | 3 0.005 | 3 0.003 | 3 0.002 | 1 0.002 | 1 0.003 | 3 0.003 | 3 0.011 | 3 0.001 | 1 0.003 | 3 0.007 | 1 0.000 | 1 0.002 | 1 0.000 | 1 0.003 | 1 0.008 | 1 0.004 | |||||||
MP3 | 2 0.069 | 2 0.035 | 2 0.035 | 2 0.019 | 37 0.015 | 2 0.002 | 36 0.315 | 2 0.003 | 2 0.003 | 2 0.002 | 11 0.015 | 2 0.004 | 16 0.011 | 15 0.008 | 15 0.009 | 2 0.005 | 2 0.005 | 2 0.001 | 2 0.004 | 2 0.012 | 1 0.004 | 2 0.005 | 1 0.005 | 3 0.008 | 1 0.013 | 7 0.007 | 7 0.007 | |||
MP3=FULL | 14 0.043 | 14 0.042 | 14 0.024 | 36 0.316 | 14 0.014 | 35 0.321 | 14 0.014 | 14 0.014 | 14 0.013 | 11 0.015 | 16 0.012 | 15 0.008 | 15 0.010 | 13 0.008 | 13 0.011 | 1 0.004 | 2 0.006 | 1 0.006 | 3 0.009 | 1 0.012 | 7 0.007 | 7 0.008 | ||||||||
MP4 | 4 0.077 | 28 0.043 | 7 0.040 | 7 0.025 | 32 0.408 | 3 0.004 | 3 0.006 | 10 0.009 | 25 0.013 | 3 0.012 | 11 0.016 | 2 0.001 | 19 0.012 | 19 0.011 | 27 0.009 | 2 0.001 | 18 0.011 | 17 0.008 | 2 0.002 | 1 0.000 | 2 0.007 | 1 0.001 | 4 0.917 | 3 0.008 | 1 0.020 | 7 0.012 | 7 0.008 | |||
MP4=FULL | 2 0.073 | 19 0.047 | 2 0.039 | 2 0.022 | 19 0.020 | 2 0.004 | 2 0.005 | 2 0.001 | 19 0.012 | 2 0.000 | 11 0.016 | 2 0.001 | 1 0.004 | 18 0.011 | 17 0.007 | 2 0.001 | 18 0.010 | 17 0.007 | 2 0.001 | 1 1.828 | 3 0.007 | 1 0.020 | 7 0.011 | 7 0.007 | ||||||
B2PLYP | 23 0.071 | 23 0.042 | 23 0.042 | 22 0.025 | 36 0.381 | 22 0.013 | 23 0.014 | 22 0.012 | 22 0.012 | 23 0.012 | 14 0.014 | 2 0.001 | 22 0.011 | 21 0.011 | 34 0.323 | 2 0.001 | 20 0.009 | 22 0.007 | 2 0.001 | 1 0.008 | 2 0.002 | 1 0.001 | 3 0.007 | 1 0.016 | 12 0.009 | 12 0.007 | ||||
B2PLYP=FULL | 22 0.072 | 23 0.042 | 22 0.043 | 21 0.025 | 22 0.016 | 21 0.013 | 22 0.013 | 21 0.012 | 21 0.012 | 21 0.012 | 14 0.014 | 1 0.000 | 21 0.012 | 20 0.011 | 20 0.007 | 1 0.000 | 19 0.009 | 19 0.007 | 1 0.000 | 1 0.008 | 2 0.002 | 1 0.001 | 3 0.007 | 1 0.016 | 12 0.009 | 12 0.007 | ||||
B2PLYP=FULLultrafine | 18 0.073 | 18 0.044 | 18 0.044 | 17 0.026 | 38 0.307 | 17 0.014 | 17 0.014 | 17 0.014 | 17 0.013 | 17 0.013 | 14 0.014 | 17 0.013 | 32 0.334 | 33 0.325 | 16 0.009 | 32 0.332 | 2 0.005 | 4 0.011 | 1 0.016 | 12 0.009 | 12 0.007 | |||||||||
Configuration interaction | CID | 2 0.076 | 30 0.035 | 30 0.033 | 29 0.019 | 37 0.345 | 4 0.004 | 4 0.003 | 30 0.015 | 3 0.009 | 3 0.008 | 13 0.015 | 2 0.006 | 1 0.000 | 13 0.007 | 13 0.012 | 2 0.007 | 2 0.003 | 2 0.003 | 2 0.006 | 1 0.003 | 2 0.009 | 1 0.007 | 3 0.012 | 1 0.008 | 9 0.005 | 9 0.008 | |||
CISD | 2 0.075 | 30 0.036 | 30 0.035 | 29 0.020 | 37 0.345 | 5 0.007 | 4 0.003 | 29 0.015 | 3 0.009 | 3 0.008 | 13 0.015 | 2 0.005 | 1 0.001 | 13 0.007 | 13 0.011 | 2 0.006 | 2 0.004 | 2 0.002 | 2 0.005 | 1 0.004 | 2 0.008 | 1 0.006 | 3 0.011 | 1 0.009 | 9 0.006 | 9 0.007 | ||||
STO-3G | 3-21G | 3-21G* | 6-31G | 6-31G* | 6-31G** | 6-31+G** | 6-311G* | 6-311G** | 6-31G(2df,p) | 6-311+G(3df,2p) | 6-311+G(3df,2pd) | TZVP | cc-pVDZ | cc-pVTZ | cc-pVQZ | aug-cc-pVDZ | aug-cc-pVTZ | aug-cc-pVQZ | cc-pV(D+d)Z | cc-pV(T+d)Z | aug-cc-pV(T+d)Z | cc-pCVDZ | cc-pCVTZ | cc-pCVQZ | aug-cc-pCVTZ | Sadlej_pVTZ | daug-cc-pVDZ | daug-cc-pVTZ | ||
Quadratic configuration interaction | QCISD | 5 0.074 | 38 0.378 | 33 0.040 | 32 0.026 | 37 0.310 | 33 0.013 | 33 0.013 | 35 0.012 | 32 0.012 | 31 0.012 | 13 0.014 | 1 0.002 | 24 0.376 | 33 0.324 | 30 0.372 | 1 0.002 | 23 0.010 | 25 0.008 | 1 0.001 | 1 0.002 | 3 0.010 | 3 0.004 | 4 0.008 | 1 0.002 | 3 0.007 | 1 0.017 | 9 0.010 | 9 0.006 | |
QCISD(T) | 2 0.076 | 4 0.044 | 4 0.045 | 3 0.028 | 30 0.631 | 3 0.005 | 6 0.932 | 17 0.015 | 6 0.919 | 3 0.003 | 11 0.015 | 2 0.001 | 22 0.394 | 24 0.382 | 21 0.404 | 2 0.000 | 19 0.011 | 18 0.008 | 2 0.001 | 1 0.000 | 2 0.010 | 2 0.001 | 3 0.007 | 3 0.007 | 1 0.019 | 7 0.012 | 7 0.009 | |||
QCISD(T)=FULL | 13 0.022 | 12 0.017 | 7 0.018 | 12 0.012 | 11 0.009 | 10 0.009 | 11 0.011 | 11 0.009 | 10 0.009 | 1 0.000 | 3 0.007 | 1 0.019 | 5 0.009 | 5 0.005 | ||||||||||||||||
QCISD(TQ) | 1 0.071 | 2 0.042 | 2 0.042 | 2 0.024 | 9 0.017 | 2 0.005 | 9 0.010 | 2 0.003 | 2 0.001 | 2 0.002 | 5 0.009 | 2 0.001 | 1 0.006 | 9 0.013 | 8 0.009 | 6 0.009 | 9 0.011 | 6 0.008 | 4 0.010 | 1 0.008 | 1 0.004 | |||||||||
QCISD(TQ)=FULL | 8 0.017 | 8 0.009 | 3 0.013 | 8 0.013 | 7 0.010 | 5 0.010 | 8 0.011 | 5 0.010 | 2 0.001 | 1 0.008 | 1 0.001 | |||||||||||||||||||
Coupled Cluster | CCD | 5 0.072 | 33 0.038 | 32 0.038 | 32 0.023 | 38 0.309 | 32 0.012 | 31 0.013 | 33 0.012 | 28 0.013 | 28 0.012 | 12 0.014 | 1 0.003 | 23 0.383 | 30 0.010 | 25 0.009 | 1 0.004 | 22 0.009 | 22 0.009 | 1 0.003 | 1 0.004 | 2 0.010 | 3 0.005 | 4 0.008 | 1 0.003 | 3 0.007 | 1 0.015 | 8 0.008 | 8 0.006 | |
CCSD | 1 0.084 | 3 0.043 | 3 0.045 | 3 0.027 | 32 0.409 | 11 0.007 | 13 0.011 | 14 0.471 | 13 0.007 | 21 0.012 | 13 0.014 | 1 0.002 | 23 0.384 | 24 0.010 | 26 0.009 | 17 0.008 | 20 0.009 | 22 0.007 | 15 0.008 | 2 0.010 | 2 0.005 | 3 0.007 | 1 0.002 | 3 0.007 | 1 0.016 | 10 0.009 | 10 0.006 | |||
CCSD=FULL | 1 0.084 | 1 0.045 | 1 0.045 | 1 0.027 | 23 0.017 | 1 0.004 | 1 0.006 | 1 0.001 | 1 0.001 | 20 0.012 | 13 0.014 | 1 0.003 | 21 0.011 | 19 0.010 | 23 0.008 | 17 0.009 | 20 0.008 | 22 0.008 | 16 0.009 | 1 0.008 | 1 0.006 | 2 0.003 | 1 0.003 | 3 0.007 | 1 0.016 | 9 0.009 | 10 0.006 | |||
CCSD(T) | 2 0.078 | 3 0.041 | 3 0.047 | 3 0.028 | 29 0.739 | 18 0.015 | 15 0.591 | 17 0.015 | 14 0.601 | 14 0.015 | 11 0.015 | 4 0.003 | 22 0.394 | 23 0.389 | 21 0.404 | 15 0.007 | 20 0.012 | 18 0.008 | 14 0.008 | 1 0.000 | 2 0.008 | 5 0.011 | 7 0.694 | 3 0.007 | 1 0.019 | 7 0.012 | 7 0.009 | |||
CCSD(T)=FULL | 2 0.078 | 2 0.042 | 2 0.042 | 2 0.024 | 25 0.378 | 2 0.004 | 2 0.006 | 2 0.002 | 2 0.001 | 2 0.001 | 13 0.014 | 2 0.001 | 23 0.385 | 23 0.012 | 20 0.007 | 17 0.007 | 22 0.011 | 19 0.007 | 16 0.007 | 1 0.000 | 2 0.010 | 4 0.011 | 7 0.692 | 3 0.007 | 1 0.019 | 10 0.011 | 10 0.006 | |||
STO-3G | 3-21G | 3-21G* | 6-31G | 6-31G* | 6-31G** | 6-31+G** | 6-311G* | 6-311G** | 6-31G(2df,p) | 6-311+G(3df,2p) | 6-311+G(3df,2pd) | TZVP | cc-pVDZ | cc-pVTZ | cc-pVQZ | aug-cc-pVDZ | aug-cc-pVTZ | aug-cc-pVQZ | cc-pV(D+d)Z | cc-pV(T+d)Z | aug-cc-pV(T+d)Z | cc-pCVDZ | cc-pCVTZ | cc-pCVQZ | aug-cc-pCVTZ | Sadlej_pVTZ | daug-cc-pVDZ | daug-cc-pVTZ |
CEP-31G | CEP-31G* | CEP-121G | CEP-121G* | LANL2DZ | SDD | cc-pVTZ-PP | aug-cc-pVTZ-PP | Def2TZVPP | ||
---|---|---|---|---|---|---|---|---|---|---|
hartree fock | HF | 39 0.014 | 35 0.015 | 39 0.015 | 35 0.018 | 39 0.015 | 39 0.015 | 1 0.025 | 38 0.298 | |
ROHF | 1 0.002 | 1 0.008 | 1 0.000 | 1 0.011 | 1 0.001 | 1 0.001 | 3 0.021 | |||
density functional | LSDA | 2 0.042 | 2 0.028 | 2 0.038 | 2 0.025 | 2 0.035 | 2 0.035 | 1 0.008 | 3 0.031 | |
BLYP | 2 0.042 | 2 0.028 | 2 0.038 | 2 0.024 | 2 0.039 | 2 0.039 | 1 0.009 | 15 0.020 | ||
B1B95 | 21 0.022 | 21 0.014 | 2 0.019 | 2 0.007 | 2 0.021 | 2 0.021 | 1 0.006 | 15 0.014 | ||
B3LYP | 39 0.029 | 35 0.017 | 39 0.025 | 35 0.014 | 39 0.026 | 39 0.026 | 1 0.002 | 38 0.307 | ||
B3LYPultrafine | 2 0.030 | 2 0.017 | 2 0.026 | 2 0.013 | 2 0.027 | 2 0.027 | 1 0.002 | 15 0.014 | ||
B3PW91 | 2 0.026 | 2 0.014 | 2 0.022 | 2 0.010 | 2 0.023 | 2 0.023 | 1 0.003 | 15 0.014 | ||
mPW1PW91 | 2 0.023 | 2 0.011 | 2 0.019 | 2 0.007 | 2 0.020 | 2 0.020 | 1 0.005 | 15 0.013 | ||
M06-2X | 2 0.020 | 2 0.008 | 2 0.016 | 2 0.004 | 2 0.021 | 2 0.021 | 1 0.004 | 15 0.013 | ||
PBEPBE | 2 0.037 | 2 0.024 | 2 0.033 | 2 0.020 | 2 0.036 | 2 0.036 | 1 0.008 | 38 0.309 | ||
PBEPBEultrafine | 2 0.037 | 2 0.024 | 2 0.033 | 2 0.020 | 2 0.036 | 2 0.036 | 1 0.008 | 15 0.019 | ||
PBE1PBE | 2 0.023 | 2 0.012 | 2 0.019 | 2 0.008 | 2 0.021 | 2 0.021 | 1 0.005 | 15 0.013 | ||
HSEh1PBE | 2 0.024 | 2 0.012 | 2 0.020 | 2 0.008 | 2 0.022 | 2 0.022 | 1 0.005 | 15 0.013 | ||
TPSSh | 1 0.001 | 16 0.014 | ||||||||
wB97X-D | 18 0.025 | 16 0.011 | 18 0.022 | 16 0.009 | 18 0.022 | 18 0.022 | 1 0.006 | 15 0.014 | ||
B97D3 | 1 0.003 | 15 0.016 | ||||||||
Moller Plesset perturbation | MP2 | 39 0.031 | 35 0.019 | 38 0.027 | 34 0.015 | 39 0.028 | 39 0.028 | 1 0.000 | 38 0.301 | |
MP2=FULL | 2 0.027 | 2 0.016 | 2 0.023 | 2 0.011 | 2 0.025 | 2 0.025 | 1 0.002 | 15 0.014 | ||
ROMP2 | 1 0.029 | 1 0.015 | 1 0.026 | 1 0.011 | 1 0.028 | 1 0.028 | ||||
MP3 | 2 0.028 | 2 0.016 | 2 0.023 | 2 0.011 | 2 0.024 | 2 0.024 | 1 0.010 | 10 0.015 | ||
MP3=FULL | 1 0.011 | 10 0.016 | ||||||||
MP4 | 2 0.031 | 2 0.018 | 2 0.026 | 2 0.014 | 2 0.027 | 2 0.027 | 1 0.000 | 9 0.015 | ||
MP4=FULL | 2 0.031 | 2 0.018 | 2 0.026 | 2 0.014 | 2 0.027 | 2 0.027 | 1 0.002 | 10 0.016 | ||
B2PLYP | 2 0.027 | 2 0.015 | 2 0.022 | 2 0.011 | 2 0.024 | 2 0.024 | 1 0.002 | 15 0.013 | ||
B2PLYP=FULL | 1 0.030 | 1 0.015 | 1 0.026 | 1 0.011 | 1 0.028 | 1 0.029 | 1 0.002 | 15 0.014 | ||
B2PLYP=FULLultrafine | 1 0.002 | 15 0.014 | ||||||||
Configuration interaction | CID | 2 0.028 | 2 0.015 | 2 0.023 | 2 0.010 | 2 0.024 | 2 0.024 | 1 0.014 | 13 0.015 | |
CISD | 2 0.029 | 2 0.015 | 2 0.024 | 2 0.010 | 2 0.026 | 2 0.026 | 1 0.013 | 13 0.014 | ||
Quadratic configuration interaction | QCISD | 1 0.036 | 1 0.019 | 1 0.032 | 1 0.015 | 1 0.033 | 1 0.033 | 1 0.006 | 13 0.013 | |
QCISD(T) | 2 0.032 | 2 0.020 | 2 0.028 | 2 0.015 | 2 0.029 | 2 0.029 | 1 0.002 | 10 0.015 | ||
QCISD(T)=FULL | 1 0.004 | 7 0.018 | ||||||||
QCISD(TQ) | 2 0.033 | 2 0.020 | 2 0.028 | 2 0.015 | 2 0.029 | 2 0.029 | 3 0.012 | |||
QCISD(TQ)=FULL | 2 0.016 | |||||||||
Coupled Cluster | CCD | 1 0.034 | 1 0.018 | 1 0.030 | 1 0.014 | 1 0.032 | 1 0.032 | 1 0.007 | 12 0.013 | |
CCSD | 1 0.035 | 1 0.019 | 1 0.032 | 1 0.015 | 1 0.034 | 1 0.034 | 1 0.006 | 13 0.013 | ||
CCSD=FULL | 1 0.035 | 1 0.019 | 1 0.032 | 1 0.015 | 1 0.034 | 1 0.034 | 1 0.008 | 12 0.014 | ||
CCSD(T) | 2 0.032 | 2 0.020 | 2 0.028 | 2 0.015 | 2 0.029 | 2 0.029 | 1 0.003 | 10 0.015 | ||
CCSD(T)=FULL | 2 0.032 | 2 0.020 | 2 0.028 | 2 0.015 | 2 0.029 | 2 0.029 | 1 0.004 | 13 0.014 |